CN211647105U - Aluminum square tube wall structure - Google Patents

Abstract

The utility model provides an aluminum square through wall structure, which is characterized by comprising: a plurality of pre-embedded pendants, one end of which is fixedly connected with a structural wall, the other end extends horizontally outward, and bolt holes are arranged on the pre-embedded pendants; It is fixedly connected to the embedded pendant through U-shaped pendants and bolts, and the adjacent frames are inserted and spliced and fixed by bolts; and several aluminum square passes are arranged vertically and equidistantly, and each aluminum square pass is fixed by an aluminum square pass member. Fixed connection to the skeleton. The aluminum square-through wall structure of the utility model avoids the cumbersome operation of lifting and installing the keels one by one during construction, and can realize the assembly of most parts before lifting, and in the final installation and construction on the wall, it is only necessary to The hoisting unit is lifted and fixed as a whole, which can greatly improve the construction efficiency.

Description

A kind of aluminum square through wall structure

technical field

The utility model relates to the technical field of building walls, in particular to an aluminum square-through wall structure.

Background technique

Non-load-bearing walls such as curtain walls, veneer walls, and guardrail walls are common structures in modern building decoration. They are usually installed outside the structural walls. According to their materials, they can be divided into glass walls, wood walls, stone walls, and metal structures. wall etc. Among them, the aluminum square grille wall is favored by many people because of its exquisite appearance, rich colors, clear and soft lines, and can be matched with various decorative finishing materials to create a different visual experience. However, the current aluminum square pass wall structure is usually constructed with standard keel multi-aluminum square pass. This structure has certain limitations on the installation process, that is, during installation, it is necessary to lift these standard keel aluminum squares one by one and install them on the wall. Therefore, the installation efficiency is low, which requires a long construction period, and also leads to high labor costs for the aluminum square pass wall.

Utility model content

The utility model is designed to solve the above problems, and the purpose is to provide an aluminum square through wall structure with high installation and construction efficiency.

The aluminum square through wall provided by the utility model is characterized in that: it comprises: several pre-embedded pendants, one end of the pre-embedded pendant is fixedly connected to the structural wall, the other end extends horizontally outward, and the pre-embedded pendant is provided with bolt holes; The skeleton is fixedly connected to the embedded pendant through the U-shaped pendant and bolts, and the adjacent skeletons are inserted and spliced and fixed by bolts; and a number of aluminum square passes, which are vertically equidistant, each aluminum square pass through the aluminum square pass The fixing member is fixedly connected with the frame.

The aluminum square through wall structure provided by the utility model also has the following characteristics: wherein, each embedded pendant is composed of embedded steel plates, support steel plates, triangular reinforcing steel plates and rectangular connecting steel plates; the embedded steel plates are square The steel plate is provided with a plurality of first bolt holes; the support steel plate is a rectangular steel plate, which is welded on one surface of the embedded steel plate, and is arranged perpendicular to the embedded steel plate, and the surface of the support steel plate is parallel to the edge of the embedded steel plate; the triangular reinforcement The steel plate is connected to the lower surface of the supporting steel plate, and the two right-angled sides of the triangular reinforcing steel plate are welded and fixed to the supporting steel plate and the embedded steel plate respectively; arranged in parallel, the rectangular connecting steel plate is provided with a second bolt hole.

In the aluminum square through wall structure provided by the present utility model, it also has the following characteristics: wherein, each U-shaped pendant has a middle surface and two side surfaces, the two side surfaces are both perpendicular to the middle surface, and the two side surfaces are symmetrical. A third bolt hole is opened, and the position of the third bolt hole matches the position of the second bolt hole.

The aluminum square-pass wall structure provided by the present invention also has the following characteristics: wherein, each aluminum square-pass fixing member has a "ji"-shaped structure, and includes a middle surface and two vertically connected to the middle surface respectively. The two sides of the side edge, and the two extension surfaces that are respectively connected to the edges of the two sides and are perpendicular to the middle surface; the two sides of the aluminum square through fixing member are respectively provided with fourth bolt holes; the aluminum square through fixing member A fifth bolt hole is respectively opened on the two extending surfaces of the .

In the aluminum square-pass wall structure provided by the present invention, it also has the following characteristics: wherein, each frame has a frame structure formed by welding a plurality of transverse square-passes and a plurality of longitudinal square-passes; The first end of the horizontal square pass is provided with a splicing square pass, the outer dimension of the splicing square pass matches the inner size of the horizontal square pass, one end of the splicing square pass is fixedly connected with the interior of the horizontal square pass, and the other end of the splicing square pass Extends to the outside and is provided with a sixth bolt hole; the second end of the transverse square of the other frame in the adjacent frame is provided with a seventh bolt hole, and the position of the seventh bolt hole matches the position of the sixth bolt hole The adjacent skeletons are matched and inserted with the second end of the other skeleton through the splicing square of one skeleton, and are fixed through the sixth bolt hole and the seventh bolt hole through bolts.

The function and effect of the present utility model:

The aluminum square pass wall structure of the utility model is connected with the frame through the aluminum square pass fixing member, so the complicated installation steps of hoisting and lifting the aluminum square pass one by one and installing it on the wall can be avoided. It is necessary to fix the aluminum square pass and the skeleton to form a hoisting unit, and then lift and fix the hoisting unit as a whole. In addition, the frame and the frame are fixed by inserting connection bolts, and this fixing method ensures the accuracy of the installation position and the operation is simple. The aluminum square-pass wall structure of the utility model greatly improves the installation and construction efficiency, shortens the construction period, and the structure is scientific and reasonable, and has good stability and ensures the quality of the project.

Description of drawings

1 is a schematic side view of an aluminum square through wall structure in an embodiment of the present utility model;

Fig. 2 is the enlarged view of Fig. 1 at A;

Fig. 3 is the connection schematic diagram of aluminum square pass and skeleton in the embodiment of the present utility model;

Fig. 4 is the adjacent skeleton splicing schematic diagram of Fig. 2 at B;

Fig. 5 is the assembly schematic diagram (uninstalled state) of the pre-embedded pendant and the U-shaped pendant in the embodiment of the present invention;

6 is a schematic diagram of the assembly of the embedded pendant and the U-shaped pendant in the embodiment of the present invention (installation state)

7 is a schematic structural diagram of an aluminum square pass fixing member in an embodiment of the present invention;

FIG. 8 is a schematic diagram of the installation of the aluminum square pass fixed on the frame by the U-shaped pendant in the embodiment of the present invention.

Description of the drawings: structural wall 1; embedded pendant 2; embedded steel plate 21; supporting steel plate 22; triangular reinforcing steel plate 23; rectangular connecting steel plate 24; first bolt hole 211; second bolt hole 241; U-shaped pendant 3; U The middle surface 32 of the type pendant; the side surface 31 of the U-shaped pendant; the third bolt hole 311; the skeleton 4; the transverse square pass 41; the longitudinal square pass 42; Bolt hole 414; aluminum square through fixing member 5; middle surface 51 of the aluminum square through fixing member; side surface 52 of the aluminum square through fixing member; extension surface 53 of the aluminum square through fixing member; fourth bolt hole 521; fifth bolt hole 531; aluminum square pass 6; wall dry hanging stone surface 7; ceiling plasterboard ceiling 8.

Detailed ways

In order to make it easier to understand the technical means, creative features, goals and effects realized by the present invention, the following embodiments are combined with the accompanying drawings to describe the aluminum square through wall structure of the present invention in detail.

<Example>

As shown in FIGS. 1-2 , the wall structure of the aluminum square pass in this embodiment includes: a pre-embedded pendant 2 , a U-shaped pendant 3 , a frame 4 , an aluminum square pass fixing member 5 and an aluminum square pass 6 .

The number of pre-embedded pendants 2 is multiple and fixed on the structural wall 1 in a lattice distribution. Specifically, one end of each pre-embedded pendant 2 is embedded in the interior of the dry-hanging stone surface 7 of the wall and fixed to the structural wall by expansion bolts. As shown in FIG. 5 , the embedded pendant 2 is composed of a embedded steel plate 21 , a supporting steel plate 22 , a triangular reinforcing steel plate 23 and a rectangular connecting steel plate 24 . The embedded steel plate 21 is a square steel plate, preferably a 200*200*4mm galvanized steel plate. The embedded steel plate 21 is provided with four first bolt holes 211 for inserting expansion bolts. The support steel plate 22 is a rectangular steel plate, preferably a 350*50*3mm galvanized steel plate, one end of the support steel plate 22 is welded and fixed on the surface of the embedded steel plate 21, and the support steel plate 22 and the embedded steel plate 21 are arranged vertically, and the support steel plate The surface of 22 is parallel to the edge of the embedded steel plate 21 . The triangular reinforcing steel plate is connected to the lower surface of the supporting steel plate 22, and the two right-angled sides of the triangular reinforcing steel plate 23 are respectively welded and fixed with the supporting steel plate 22 and the embedded steel plate 21 to play a strengthening role. The rectangular connecting steel plate 24 is welded on the upper surface of the supporting steel plate 22 and is arranged in parallel with the embedded steel plate 21 , and the rectangular connecting steel plate 24 is preferably a 50*50*3 galvanized steel plate. The rectangular connecting steel plate 24 is arranged on the side away from the pre-embedded steel plate 21 at a position of 50 mm from the end of the side. The rectangular connecting steel plate 24 is provided with a second bolt hole 241 . As shown in Figures 1-2, after the embedded pendant 2 is installed and fixed on the structural wall by expansion bolts, its other end extends horizontally to the outside, so that the rectangular connecting steel plate 24 is exposed to the outside of the dry hanging stone surface 7 on the wall.

The number of skeletons 4 is multiple, and each skeleton 4 has a frame structure formed by welding a number of transverse square passes 41 and a number of longitudinal square passes 42. In this implementation, the frame 4 adopts a Japanese-shaped frame structure as shown in FIG. 3 , and the lateral squares in the frame structure extend to the outside of the frame. FIG. 4 shows a group of transverse square passages 41 in two adjacent frames. As shown in FIG. 4 , a splicing square pass 411 is provided at the right end of the lateral square pass 41 of a skeleton, and the outer dimension of the splicing square pass 411 matches the inner size of the lateral square pass 41 , that is, the splicing square pass 411 is just locked in the lateral square pass 411 . In the actual situation, the splicing of the square hole 411 can be realized by using a square hole with a size smaller than that of the horizontal square hole 41. One end of the splicing square pass 411 is fixedly connected to the interior of the transverse square pass 41 by bolts passing through the bolt holes 412 , the other end of the splicing square pass 411 extends to the outside, and the end is provided with a sixth bolt hole 413 . A seventh bolt hole 414 is defined at the left end of the transverse square through 41 of the other frame, and the position of the seventh bolt hole 414 matches the position of the sixth bolt hole 413 . As shown in Figures 1-2, the adjacent frames 4 are connected by inserting and splicing and fixed by bolts.

The frame 4 is fixedly connected with the embedded pendant 2 through the U-shaped pendant 3 . As shown in FIG. 5 , the U-shaped pendant 3 is made of steel, and has a middle surface 32 and two side surfaces 31 . The positions of the third bolt holes 311 match the positions of the second bolt holes 241 . As shown in Figure 5-6, the connection between the frame 4 and the U-shaped pendant 3 is as follows: the frame 4 is first placed at the position b formed by the rectangular connecting steel plate 24 and the supporting steel plate 22 through the lateral square pass 41, and then the U-shaped pendant is set 3 sets The frame 4 is connected to the U-shaped pendant 3 through the bolt holes 311 on one side of the skeleton 4, and the U-shaped pendant 3 is connected to the embedded pendant 2 through the bolts passing through the bolt holes 241. In the actual situation, the connection position of the frame 4 and the U-shaped pendant 3 cannot overlap with the connection position of the frame 4 and the aluminum square pass 6. For example, the connection position of the frame 4 and the U-shaped pendant 3 can be the position a as shown in Figure 8 .

As shown in FIG. 3 , the number of aluminum square passes 6 is multiple, and they are vertically equidistantly arranged. As shown in FIGS. 1 to 2 , the aluminum square pass 6 is fixedly connected to the outside of the frame 4 through the aluminum square pass fixing member 5 . As shown in FIG. 7 , the aluminum square through fixing member 5 has a “ji”-shaped structure, including a middle surface 51 , two side surfaces 52 vertically connected to the edges of both sides of the middle surface 51 , and two side surfaces 52 respectively connected to the two side surfaces 52 . The two extending surfaces 53 along the edge and perpendicular to the middle surface 51 . A fourth bolt hole 521 is respectively defined on the two side surfaces 52 , and two fifth bolt holes 531 are respectively defined on the two extending surfaces. The vertical distances of the fourth bolt hole and the fifth bolt hole from the connection position between the middle surface and the side surface are respectively 25mm, and the diameters of the fourth bolt hole and the fifth bolt hole are both 3mm. FIG. 8 illustrates the situation in which the aluminum square pass 6 is fixedly connected to the frame 4 through the aluminum square pass fixing member 5. As shown in FIG. The aluminum square pass 6 and the aluminum square pass fixing member 5 are connected and fixed by bolts, thereby realizing the connection between the aluminum square pass 6 and the frame 4 .

In this embodiment, the aluminum square through wall structure can be installed through the following construction techniques:

Pre-bulk production of embedded pendants, U-shaped pendants, aluminum square pass fixing components and skeletons. During on-site construction, first measure and set out the structural wall to be constructed. Then, fix the embedded pendant on the structural wall according to the lay-out position. After that, several aluminum squares are assembled and fixed with a single frame through the aluminum square-pass fixing member to form a hoisting unit, and the production of all hoisting units is completed according to this operation. Finally, fix the electric hoist on the top wall of the structural wall, use the electric hoist to lift the hoisting unit, move the horizontal square of the skeleton to the embedded pendant when it is lifted to the installation position, and move the horizontal square of the skeleton to the pre-embedded pendant. After matching with the embedded pendant, set the U-shaped pendant, which is not fixed for the time being. Then, the adjacent hoisting units are spliced and fixed through the skeleton, and finally the hoisting unit is connected and fixed with the embedded pendant through the U-shaped pendant. Thus, an aluminum square through wall structure is formed.

In this embodiment, through the above-mentioned aluminum square through wall structure, various parts and components can be pre-fabricated before construction, which facilitates standardized batch manufacturing of various parts, and can also realize off-site manufacturing. In the specific construction on site, only these parts need to be spliced together, and then the hoisting unit is lifted and hoisted as a whole. In this way, the assembly of most parts and components is realized before the lifting, and in the final installation on the wall, it is only necessary to lift the lifting unit as a whole and then fix it, which greatly improves the construction efficiency, shortens the construction period, and ensures that engineering quality.

The above-mentioned embodiments are preferred cases of the present invention, and are not intended to limit the protection scope of the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model are all included in the protection scope of the present utility model.

Claims (5)

1. The utility model provides an aluminium square tube wall structure, sets up outside the structure wall, its characterized in that includes:

one end of each embedded pendant is fixedly connected with the structure wall, the other end of each embedded pendant extends outwards horizontally, and each embedded pendant is provided with a bolt hole;

the frameworks are fixedly connected to the embedded hanging pieces through U-shaped hanging pieces and bolts, and adjacent frameworks are spliced and fixed through bolts in an inserting mode; and

a plurality of aluminium square tube, vertical equidistance sets up, every the aluminium square tube all through aluminium square tube fixed component with skeleton fixed connection.

2. The aluminum square tube wall structure of claim 1, wherein:

each embedded pendant is composed of an embedded steel plate, a supporting steel plate, a triangular reinforcing steel plate and a rectangular connecting steel plate;

the embedded steel plate is a square steel plate and is provided with a plurality of first bolt holes;

the supporting steel plate is a rectangular steel plate, is welded on one surface of the embedded steel plate and is vertically arranged with the embedded steel plate, and the surface of the supporting steel plate is parallel to the edge of the embedded steel plate;

the triangular reinforcing steel plate is connected to the lower surface of the supporting steel plate, and two right-angle sides of the triangular reinforcing steel plate are respectively welded and fixed with the supporting steel plate and the embedded steel plate;

the rectangular connecting steel plate is welded on one side, far away from the embedded steel plate, of the upper surface of the supporting steel plate and arranged in parallel with the embedded steel plate, and a second bolt hole is formed in the rectangular connecting steel plate.

3. The aluminum square tube wall structure of claim 2, wherein:

each U-shaped hanging piece is provided with a middle face and two side faces, the two side faces are perpendicular to the middle face, third bolt holes are symmetrically formed in the two side faces, and the positions of the third bolt holes are matched with the positions of the second bolt holes.

4. The aluminum square tube wall structure of claim 1, wherein:

each aluminum square tube fixing component is of a reversed V-shaped structure and comprises a middle surface, two side surfaces and two extending surfaces, wherein the two side surfaces are respectively and vertically connected with the edges of the two sides of the middle surface, and the two extending surfaces are respectively connected with the edges of the two side surfaces and are vertical to the middle surface;

the two side surfaces of the aluminum square tube fixing component are respectively provided with a fourth bolt hole;

and fifth bolt holes are respectively formed in the two extending surfaces of the aluminum square tube fixing component.

5. The aluminum square tube wall structure of claim 1, wherein:

each framework is provided with a framework structure formed by welding a plurality of transverse square tubes and a plurality of longitudinal square tubes;

the first end of the transverse square tube of one of the adjacent frameworks is provided with a splicing square tube, the outer size of the splicing square tube is matched with the inner size of the transverse square tube, one end of the splicing square tube is fixedly connected with the inner part of the transverse square tube, and the other end of the splicing square tube extends to the outside and is provided with a sixth bolt hole;

a second end of the transverse square tube of another adjacent framework is provided with a seventh bolt hole, and the position of the seventh bolt hole is matched with that of the sixth bolt hole;

through a skeleton between the adjacent skeleton the concatenation square tube is inserted with the second end phase-match of another skeleton and is closed, and runs through the bolt sixth bolt hole and the seventh bolt hole is fixed.

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